Search for dissertations about: "subsequent memory"
Showing result 1 - 5 of 86 swedish dissertations containing the words subsequent memory.
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1. Subjective cognitive decline in memory clinic patients - characteristics and clinical relevance : Results from Sahlgrenska University Hospital Memory Clinic in Mölndal
Abstract : Subjective cognitive decline (SCD) refers to concerns – symptoms - regarding one’s cognitive functioning, in the absence of objective evidence of impairment. SCD has been described as a possible stage preceding mild cognitive impairment (MCI) and dementia. READ MORE
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2. Memory Distortions Induced by Fluency : Behavioural and Electrophysiological Investigations
Abstract : The investigation of memory distortions provides insights into how memory normally works. Adopting a cognitive neuroscience perspective, the present thesis aimed at investigating memory distortions and the neural correlates of processes contributing to successful control of memory interference in healthy participants. READ MORE
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3. Effects of Testing and Enactment on Memory
Abstract : Learning occurs not only when we encode information but also when we test our memory for this information at a later time. In three empirical studies, I investigated the individual and combined effects of interleaved testing (via repeated rounds of study and test practice) and encoding (via motor enactment) during learning on later cued-recall performance for action phrases. READ MORE
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4. Functions and memory features of adaptive- and innate immune cells in physiological and inflammatory settings
Abstract : The immune system is a complex but well-regulated network which cooperates with the microbiota to maintain optimal homeostasis under physiological settings. A number of factors display the capacity to alter the immune system and thus microbiota crosstalk including host genetics, diet, environmental influences and drugs such as antibiotics or chemotherapeutic agents. READ MORE
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5. Towards Large-Capacity and Cost-Effective Main Memories
Abstract : Large, multi-terabyte main memories per processor socket are instrumental to address the continuously growing performance demands of domains like high-performance computing, databases, and big data. It is an important objective to design large-capacity main memories in a way that maximizes their cost-effectiveness and at the same time minimizes performance losses caused by cost-effective tradeoffs. READ MORE